Search for psi(2S) production in e(+)e(-) annihilations at 4.03 GeV

J Z Bai; J G Bian; Blum; Z W Chai; G P Chen; H F Chen; J Chen; J C Chen; Y Chen; Y B Chen; Y Q Chen; B S Cheng; X Z Cui; H L Ding; L Y Ding; L Y Dong; Z Z Du; W Dunwoodie; S Feng; C S Gao; M L Gao; S Q Gao; P Gratton; J H Gu; S D Gu; W X Gu; Y F Gu; Y N Guo; S W Han; Y Han; F A Harris; J He; J T He; M He; D G Hitlin; G Y Hu; H M Hu; J L Hu; Q H Hu; T Hu; X Q Hu; J D Huang; Y Z Huang; J M Izen; C H Jiang; Y Jin; Z J Ke; M H Kelsey; B K Kim; D Kong; Y F Lai; P F Lang; A Lankford; C G Li; D Li; H B Li; J Li; P Q Li; R B Li; W Li; W D Li; W G Li; X H Li; X N Li; H M Liu; J Liu; J H Liu; R G Liu; Y Liu; X C Lou; B Lowery; F Lu; J G Lu; J Y Lu; L C Lu; C H Luo; A M Ma; E C Ma; J M Ma; R Malchow; M Mandelkern; H S Mao; Z P Mao; X C Meng; J Nie; S L Olsen; J Oyang; D Paluselli; L J Pan; J Panetta; F Porter; N D Qi; X R Qi; C D Qian; J F Qiu; Y H Qu; Y K Que; G Rong; M Schernau; B Schmid; J Schultz; Y Y Shao; B W Shen; D L Shen; H Shen; X Y Shen; H Y Sheng; H Z Shi; X F Song; J Standifird; D Stoker; F Sun; H S Sun; S Q Tang; W Toki; G L Tong; F Wang; L S Wang; L Z Wang; M Wang; P Wang; P L Wang; S M Wang; T J Wang; Y Y Wang; M Weaver; C L Wei; Y G Wu; D M Xi; X M Xia; P P Xie; Y Xie; Y H Xie; W J Xiong; C C Xu; G F Xu; S T Xue; J Yan; W G Yan; C M Yang; C Y Yang; J Yang; W Yang; X F Yang; M H Ye; S W Ye; Y X Ye; K Yi; C S Yu; C X Yu; Y H Yu; Z Q Yu; Z T Yu; C Z Yuan; Y Yuan; B Y Zhang; C C Zhang; D H Zhang; H L Zhang; J Zhang; J L Zhang; J W Zhang; L S Zhang; Q J Zhang; S Q Zhang; X Y Zhang; Y Zhang; Y Y Zhang; D X Zhao; H W Zhao; J W Zhao; M Zhao; W R Zhao; J P Zheng; L S Zheng; Z P Zheng; G P Zhou; H S Zhou; L Zhou; Q M Zhu; Y C Zhu; Y S Zhu; B A Zhuang

doi:10.1103/PhysRevD.57.3854

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Journal article

Search for psi(2S) production in e(+)e(-) annihilations at 4.03 GeV

J Z Bai, J G Bian, Blum, Z W Chai, G P Chen, H F Chen, J Chen, J C Chen, Y Chen, Y B Chen, …

Physical review. D, Particles and fields, Vol.57(7), pp.3854-3859

1998-04-01

DOI: https://doi.org/10.1103/PhysRevD.57.3854

Abstract

Astronomy & Astrophysics

Physical Sciences

Physics

Physics, Particles & Fields

Science & Technology

A search is performed for the production of the psi(2S) in e(+)e(-) annihilation at a center-of-mass energy of 4.03 GeV using the BES detector operated at the Beijing Electron Positron Collider (BEPC). The kinematic features of the reconstructed psi(2S) signal are consistent with its being produced only in association with an energetic photon resulting from initial state radiation (ISR). Limits are placed on psi(2S) production from the decay of unknown charmonia or metastable hybrids that might be produced in e(+)e(-) annihilations at 4.03 GeV. Under the assumption that the observed cross section for psi(2S) production is due entirely to ISR, the partial width Gamma(ee) of the psi(2S) is measured to be 2.07+/-0.32 keV. [S0556-2821(98)01309-5].

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Collaboration types: Domestic collaboration; International collaboration
Citation topics: 5 Physics; 5.9 Particles & Fields; 5.9.73 Nucleon
Web Of Science research areas: Astronomy & Astrophysics; Physics, Particles & Fields
ESI research areas: Physics

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Title: Search for psi(2S) production in e(+)e(-) annihilations at 4.03 GeV
Creators: J Z Bai
J G Bian
Blum
Z W Chai
G P Chen
H F Chen - University of Science and Technology of China
J Chen - Colorado State University
J C Chen - Colorado State University
Y Chen
Y B Chen
Y Q Chen
B S Cheng
X Z Cui
H L Ding
L Y Ding
L Y Dong
Z Z Du
W Dunwoodie - Stanford University
S Feng
C S Gao
M L Gao
S Q Gao
P Gratton - The University of Texas at Dallas
J H Gu
S D Gu
W X Gu
Y F Gu
Y N Guo
S W Han
Y Han
F A Harris - University of Hawaii at Manoa
J He
J T He
M He - Shandong University
D G Hitlin - California Institute of Technology
G Y Hu
H M Hu
J L Hu
Q H Hu
T Hu
X Q Hu
J D Huang
Y Z Huang
J M Izen
C H Jiang
Y Jin
Z J Ke
M H Kelsey - California Institute of Technology
B K Kim - The University of Texas at Dallas
D Kong - University of Hawaii at Manoa
Y F Lai
P F Lang
A Lankford - University of California, Irvine
C G Li
D Li
H B Li
J Li
P Q Li
R B Li
W Li
W D Li
W G Li
X H Li
X N Li
H M Liu
J Liu
J H Liu
R G Liu
Y Liu
X C Lou
B Lowery - The University of Texas at Dallas
F Lu
J G Lu
J Y Lu
L C Lu
C H Luo
A M Ma
E C Ma
J M Ma
R Malchow - Colorado State University
M Mandelkern - University of California, Irvine
H S Mao
Z P Mao
X C Meng
J Nie
S L Olsen - University of Hawaii at Manoa
J Oyang - California Institute of Technology
D Paluselli - University of Hawaii at Manoa
L J Pan - University of Hawaii at Manoa
J Panetta - California Institute of Technology
F Porter - California Institute of Technology
N D Qi
X R Qi
C D Qian - Shanghai Jiao Tong University
J F Qiu
Y H Qu
Y K Que
G Rong
M Schernau - University of California, Irvine
B Schmid - University of California, Irvine
J Schultz - University of California, Irvine
Y Y Shao
B W Shen
D L Shen
H Shen
X Y Shen
H Y Sheng
H Z Shi
X F Song
J Standifird - The University of Texas at Dallas
D Stoker - University of California, Irvine
F Sun
H S Sun
S Q Tang
W Toki - Colorado State University
G L Tong
F Wang
L S Wang
L Z Wang
M Wang
M Wang
P Wang
P L Wang
S M Wang
T J Wang
Y Y Wang
M Weaver - California Institute of Technology
C L Wei
Y G Wu
D M Xi
X M Xia
P P Xie
Y Xie
Y H Xie
W J Xiong
C C Xu
G F Xu
S T Xue
J Yan
W G Yan
C M Yang
C Y Yang
J Yang
W Yang - Colorado State University
X F Yang
M H Ye
S W Ye - University of Science and Technology of China
Y X Ye - University of Science and Technology of China
K Yi
C S Yu
C X Yu
Y H Yu - Hangzhou Dianzi University
Z Q Yu
Z T Yu
C Z Yuan
Y Yuan
B Y Zhang
C C Zhang
D H Zhang
D H Zhang
H L Zhang
J Zhang
J L Zhang
J W Zhang
L S Zhang
Q J Zhang
S Q Zhang
X Y Zhang - Shandong University
Y Zhang
Y Y Zhang
D X Zhao
H W Zhao - Peking University
J W Zhao
M Zhao
W R Zhao
J P Zheng
L S Zheng
Z P Zheng
G P Zhou
H S Zhou
L Zhou
Q M Zhu
Y C Zhu
Y S Zhu
B A Zhuang
Publication Details: Physical review. D, Particles and fields, Vol.57(7), pp.3854-3859
Publisher: AMERICAN PHYSICAL SOC
Number of pages: 6
Academic Unit: UMMG Dept of Neurological Surgery; Miller School of Medicine
Language: English
Resource Type: Journal article
Record Identifier: 991031740103502976